Ang Kai Yan (1) Jasmine Heng (4) Chia Zi Xuan (13) Lim Shengyang (17) Wayne Zhang (24) Done by: Feel free to change the layout and font but MAKE SURE that.

Slides:

Advertisements

Similar presentations

Made by: Luka Kovjanić Dominik Martić

Advertisements

© 2004 Prof Roland Clift NANOTECHNOLOGY Professor Roland Clift, Centre for Environmental Strategy, University of Surrey, GUILDFORD, Surrey GU2 7XH, UK.

Lesson 9: Protecting the Environment

Environmental Biotechnology

Nanotechnology By: Razia A. Faiza S. Wyshnavy Y..

Introduction This PowerPoint is about nuclear power. Nuclear power was developed in 20th century Nuclear power plants provide about 17 percent of the.

GMO’s By, Josh Kozicki James Gudmundson. What Are GMO’s Genetic Modification is technology that alters the genetic makeup of organisms such as animals,

Drug Testing GRADE C Describe the main steps in testing a new drug.

The Benefits of Genetically Modified Foods (GMF) Updated January 2011 By Jack, Robert, Lauren and Madison P 8C Group C.

Have you ever eaten genetically engineered foods? Does it taste good? What is the difference? Scientists want to transfer desirable qualities from one.

KEY CONCEPT DNA sequences of organisms can be changed.

Unit 6 Working with Science: Level 2 BTEC First Unit content, section 1: Be able to investigate and demonstrate knowledge of the basic duties and responsibilities.

Ang Kai Yan (1) Jasmine Heng (4) Chia Zi Xuan (13) Lim Shengyang (17) Wayne Zhang (24) Done by:

 Basic Definition:  Basic Definition: Technology of building or creating products such as electronic circuits from single atoms and molecules Deals.

Biotechnology Thermal “Needs” Paul Nesvadba EVITHERM meeting at PTB Berlin, 17 th May 2004.

in. 1) INTRODUCTION OF NANOTECHNOLOGY 2) HOW SMALL IS NANOMETER 3) WHY SMALL IS GOOD 4) PHYSICAL PROPERTIES OF NANOMATERIALS 5) MANUFACTURING.

1 Review List the three primary types of human activities that have affected regional and global environments. For each, give one benefit and one environmental.

An Ethical Debate.  Humans have been breeding farm animals for thousands of years  Selective breeding is done to get the traits a person wants.

Biotechnology: Monster or Miracle?

Nanotechnology The concept of nanotechnology is defined as an art handling of tiny particles (1nm= m). The structures have different properties.

Ang Kai Yan (1) Jasmine Heng (4) Chia Zi Xuan (13) Lim Shengyang (17) Wayne Zhang (24) Done by:

Biotechnology Technology is essential to science for such purposes as sample collection and treatment, measurement, data collection and storage, computation,

Biotechnology Messana Science 8.

The Body Bringing it All Together. Maryland Science Content Standard You will explain what and how systems work together for: – Obtaining food and providing.

Science and the Environment Part 1 of 4 Abney Elementary-4 th grade.

Cells and Organelles Test Review C) recognize levels of organization in plants and animals, including cells, tissues, organs, organ systems, and organisms;

BIOMES Savannah Grasslands Tundra Rainforest Taiga Alpine Desert

Effects of Oregon Dams Mrs. Olson. Introduction My topic is Oregon Dams I believe that Oregon dams, like many resources available to American’s, have.

Ecosystem PowerPoint Ecosystem PowerPoint By: Joshua Gicana Period 5 Science Mr. Sunesara.

Trees and Forests – Human Use of the Forest: Past, Present and Future Science 6.

Waste Classification WASTE MANAGEMENT. Brainstorm  Think about the daily wastes you produce and your home produces. Where do your wastes go? Do you recycle?

HEALTHY ECOSYSTEMS & ENERGY

1. 2 Sylvia S. Mader Concepts of Biology © Zanichelli editore, 2012 Sylvia S. Mader Immagini e concetti della biologia.

Biotechnology Foundations of Technology Standard 15 Students will develop an understanding of and be able to select and use agricultural and related biotechnologies.

Genetic Engineering. Entire organisms can be cloned  Clone  a genetically identical copy of a gene or of an organism  Cloning occurs in nature:  Bacteria.

By Casey Webb. Introduction  The environment is our home.  Nanotechnology is a term surrounding nanoscale science, engineering and technology (Sargent,

SCIENCE FAIR CATEGORIES MIDDLE SCHOOL :

State Standards Biotechnology. Understand how biotechnology is used to affect living organisms. Summarize aspects of biotechnology including: Specific.

Nano means: o Prefix that means “one-billionth” o 10⁻⁹ o For example: nanometer (nm) is one-billionth of a meter o Red blood cell is about 6,000-10,000.

FISSION AND FUSION Unit 7 C. FISSION The process where a nucleus splits into two or more smaller fragments, releasing neutrons and energy The process.

Biotechnology Is simply introducing foreign DNA into an organism in order to modify the organism’s DNA to produce a better desired result.

INTRODUCTORY TO BIOTECHNOLOGY MCB 211 LECTURERS Dr Akintokun, A.K., Dr Balogun, S.O Dr Oluwafemi F.

MCA REVIEW PART IV: HUMAN INTERACTIONS WITH LIVING SYSTEMS.

Grecia Romero 3/10/2014 BIOTECHNOLOGY. WHAT IS BIOTECHNOLOGY? Biotechnology provides products and technologies to combat rare diseases, reduce our environmental.

Greter Perez Period: 3.  Biotechnology is the application of biological organisms, systems, or processes by many industries to learn about the science.

Transportation and the Environment

What distinguishes a living thing

Life Science Test review

Biotechnology Unit.

Cells and Organisms.

Biotechnology Unit 8.L.2.

Tiny Particles with Huge Possibility

Ecological Footprints

Learning Targets: 1. Define and identify the 7 areas of technology. 2

Learning Targets: 1. Define and identify the 7 areas of technology. 2

Biotechnology Notes 8.L.2.1.

Cells Vocabulary.

Name of Body System Presented by:.

KEY CONCEPT DNA sequences of organisms can be changed.

ECOLOGIC PROBLEMS ECOLOGICAL PROBLEMS Виконав:

KEY CONCEPT DNA sequences of organisms can be changed.

10 Agriculture, Biotechnology, and the Future of Food Part C

Engineering Materials 27

KEY CONCEPT DNA sequences of organisms can be changed.

KEY CONCEPT DNA sequences of organisms can be changed.

Food Energy in Ecosystems

Presentation transcript:

Ang Kai Yan (1) Jasmine Heng (4) Chia Zi Xuan (13) Lim Shengyang (17) Wayne Zhang (24) Done by: Feel free to change the layout and font but MAKE SURE that all the fonts in this PowerPoint ARE THE SAME. So should be the colour and background, unless it is some special circumstance. This text box should not be removed until the final draft and/or everyone has edited one draft already.

Development in Nanotechnology Reply to: 1. What is the one example of development in science and technology that man brings about? 2. Give a description of this development in less than 200 words. In your description, explain how man has altered the living and non-living factors in the ecosystem to bring about this development.

How does this benefit us? With nanotechnology, we can now find ways to save lives by finding new cures to different diseases. We can make drug delivery vehicles to deliver the exact amount of drug required to a specific organ so as to reduce side-effects of the drug. It can also be used to engineer tissues and regrow bones. It also allows us to make new materials with the properties we need, allowing us to manufacture new things as substitutes of natural items. Nanotechnology allows us to filter water and make it cleaner for us to use in our daily lives. They may be used to clean up nuclear waste, reduce energy consumption, improving manufacturing methods, or increase energy production. They are placed in foods so that it makes the food more healthy and nutritious. (Biotechnology: GM Foods)

Impacts on the environment and ecosystem Positive 1. Potential nuclear waste cleaning agent. 2. Finding medicine and pharmaceuticals to cure diseases in organisms. 3. Create new materials Negative 1. Potential health hazards if nanomaterials are exposed to organisms. 2. There is a large amount of nanopollution which can be dangerous for its size because It can easily penetrate any animal and plant cell causing unknown effects.